A father carries the recessive allele for diabetes and a mother does not. They have two children, a daughter, and a son. The daughter does not suffer from diabetes and marries a man who does not

A father carries the recessive allele for diabetes and a mother does not. They have two children, a daughter, and a son. The daughter does not suffer from diabetes and marries a man who does not carry the gene for diabetes. They have one child, a girl who is a carrier. The son is a carrier and marries a diabetic woman and they have a boy and a girl, both who suffer from diabetes. If the daughter marries a normal man whose mother was diabetic and whose father was as well what is the probability that they will produce children that WILL NOT HAVE DIABETES.
Questions
1. Use the genetic terminology associated with taking and recording a family history.
2. Identify the pattern of inheritance for the disease/condition.
3. Determine the most likely transmission pattern depicted in a simple pedigree.
4. Discuss the pattern in the pedigree that identifies the dominant and recessive phenotypes
5. Discuss the importance of collecting and updating family histories.